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Postharvest Fungicide for Avocado Fruits: Antifungal Efficacy and Peel to Pulp Distribution Kinetics

机译:鳄梨水果采后杀菌剂:抑菌功效和果皮至果肉的分布动力学

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摘要

Postharvest application of fungicides is commonly applied in order to reduce food loss. Prochloraz is currently the only postharvest fungicide registered in Israel and Europe in avocado fruits. Due to its unfavorable toxicological properties, prochloraz will be banned from the end of 2020 for future postharvest usage and therefore a substitute candidate is urgently warranted. Fludioxonil, a relatively safe, wide spectrum fungicide, is approved in Europe and Israel for postharvest use in various fruits, but not avocado. Hence, fludioxonil has been evaluated in the present study as a potential substitute for prochloraz in avocado. The objectives of the present study were to determine fludioxonil efficacy against common fungal infestations in avocado and distribution kinetics between peel and pulp in comparison to prochloraz. At the same concentration range (75–300 µg/L), fludioxonil was as effective as prochloraz in inhibiting postharvest decay, while in the early season cultivars, suffering mainly from stem-end rot, it exhibited a better decay control than prochloraz. Fludioxonil and prochloraz displayed negligible and undetected pulp levels, respectively, due to low peel penetrability. Taken altogether, fludioxonil was found to be a suitable candidate for replacing prochloraz as a postharvest fungicide in avocado.
机译:通常在收获后施用杀真菌剂以减少食物损失。 Prochloraz是目前在以色列和欧洲注册的鳄梨果实中唯一的收获后杀菌剂。由于其不利的毒理学性质,将在2020年底前禁止将丙草胺用于未来的收获后使用,因此迫切需要替代候选物。 Fludioxonil是一种相对安全的广谱杀菌剂,已在欧洲和以色列获得批准,可用于各种水果的收获后用途,但不适用于鳄梨。因此,氟迪莫尼已被评估为鳄梨中丙草胺的潜在替代品。本研究的目的是确定氟狄索尼对鳄梨中常见真菌侵染的功效以及与氯丙嗪相比果皮和果肉之间的分布动力学。在相同的浓度范围(75–300 µg / L)下,氟狄索尼在抑制收获后腐烂方面与丙草胺一样有效,而在主要是茎端腐烂的早期季节,与丙草胺相比,其腐烂控制效果更好。由于果皮的渗透性低,氟地昔诺和原虫威的纸浆含量分别可忽略不计和未检测到。总而言之,氟迪沙尼被认为是替代鳄梨中收获前杀菌剂丙草胺的合适候选人。

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